Technology in Google Search Essay Example

so, Duplex, Google's AI system, can seamlessly integrate with legacy systems in the backend. Additionally, to overcome future legal and ethical obstacles, Google can ensure that the bots identify themselves to customers. This way, users with privacy concerns can make an informed decision on whether to continue the call or not. Revealing the identity of the robot is more likely to establish trust with users compared to keeping it undisclosed.

Google should expose the Duplex robot to a wider range of speakers in order to enhance its ability to handle complex conversations. This would have significant implications for management, as it would decrease their administrative responsibilities and enable them to concentrate on developing softer skills. Studies indicate that a majority of employees actually prefer receiving instructions from robots rather than their human managers. Given this preference, companies may choose to delegate the task of assigning instructions or making orders to robots rather than managers. Additionally, robots are capable of performing certain tasks more effectively than managers, such as providing unbiased information, addressing sensitive queries discreetly, and solving problems.

The evidence shows that training an expansive AI model to handle human language can emit over 280,000 kilograms of carbon dioxide equivalent (Ramchurn et al.,2012). Therefore, the training process needs to prioritize using renewable energy to ensure eco-friendliness. Google Earth has numerous advantages, such as being accessible in approximately 50 languages, possessing 3D capabilities, and being available to all users. Additionally, Google Earth is highly detailed, supports embedding into web pages, and provides a historical view of various locations. Consequently, this technology has enabled people to explore the earth's landscapes and cities without any charge.

Google Earth has become a

crucial tool for environmental conservation. It is used by armchair conservationists, environmentalists, and scientists to track ecological threats. With remote sensing data and clear space pictures, they enlighten the world about the impacts of climate change and carbon emissions (Sheppard ; Cizek, 2009). This technology allows scientists to discover various insect, animal, and plant species by virtually exploring nature while sitting at their computers.

Google Earth has played a crucial role in environmental monitoring by quantifying changes in forest coverage and glacier size. This technology has enhanced the protection of forests in Indonesia, Congo, and the Amazon, as stated by Smith, Berry, and Clarke (2018). Additionally, Google Earth serves various conservation purposes, such as notifying state officials and citizens about illegal fishing activities. However, a drawback of this technology is its dependence on internet access, which can be unavailable or expensive in certain regions.

Additionally, Google Earth presents an inadequate portrayal of underdeveloped countries, as they are poorly represented on the platform. Moreover, Google Earth encounters difficulties in accessing restricted areas. Notably, Georgia, Egypt, North Korea, Cyprus, China, Bhutan, India, and Albania are among the countries that are not included in Google Maps. Furthermore, Google Earth faces the challenge of low usage in regions outside of the developed world, where internet infrastructure lacks the capacity to support high bandwidth requirements and high-resolution content.

However, Google can overcome these challenges by increasing its deployment of internet balloons to extend its coverage for providing wireless connectivity to developing countries. In addition, Google should send representatives to negotiate with target countries and gain government support, especially in cases where the offer of free internet is seen as disrupting business operations (Smith,

Berry & Clarke, 2018). By collaborating with governments, Google can also enter countries where it currently faces restrictions. It is crucial for Google's expansion strategy to exclude areas deemed unsafe by militant groups. Moreover, Google Earth offers a revolutionary way for managers to virtually visit warehouses, industrial yards, and office buildings from the comfort of their own chairs. Consequently, one of the most significant impacts of this technology in management would be enhanced employee surveillance and monitoring of physical assets such as land and buildings.

In conclusion, Google has demonstrated impressive capability and benevolence by releasing technologies that enhance environmental conservation and improve the well-being of millions of individuals globally. Additionally, the company has leveraged its influence to promote positive transformation in the world by deterring crime and addressing climate issues through Google Earth. These aforementioned technologies are anticipated to have a substantial impact on management, necessitating managers to become more proficient in IT while simultaneously streamlining their tasks. Technology has proven its ability to replace certain managerial functions, thereby allowing managers to allocate more time towards cultivating soft skills and engaging in non-administrative endeavors.

In order to keep up with the growing competition in the field of AI, Google must continue to release competitive technologies. Other companies have also demonstrated significant interest in AI, so it is crucial for Google to stay ahead.